While solar tracker software is known for its role in maximizing production, it also plays a key role in mitigating risks. It can increase energy production in challenging situations, minimize damage from weather events, and reduce O&M costs. In the face of escalating climate change threats and heightened solar industry pressures, tracker software is rising to the challenges to keep solar sites productive and protected. Q:&n....
As wind development pushes into more remote and environmentally sensitive terrain, site access is no longer a secondary concern. It is a primary project risk. Unstable soils, seasonal flooding, protected wetlands, and water crossings can derail permitting, trigger regulatory violations, and expose developers to costly remediation. Temporary bridging, when done properly, is a genuine project enabler. Done poorly, it becomes a liability that compou....
The solar industry has spent the last decade relentlessly driving down cost. Module prices fell. Installation efficiencies improved. Supply chains have globalized. In many ways, the playbook worked. But as development pushes into more challenging terrain: rocky soils, variable geotechnical conditions, and remote locations, that same cost-first mindset is beginning to show its limits. Developers now routinely confront conditions earl....
As the clean energy industry continues its rapid expansion, utility-scale solar and battery energy storage systems (BESS) are being deployed in increasingly challenging environments. From extreme desert heat in the Southwest to hurricane-prone regions along the Gulf Coast, today’s projects are operating in conditions that test both infrastructure and human performance. Extreme weather is no longer an exception — it is the operating environmen....
Energy Storage
Schaltbau North America
Wind
Jeremy Sheldon
Wind
Bora Tokyay
ARRAY Technologies, Inc. (NASDAQ: ARRY) (“ARRAY” or the “Company”), a leading global provider of solar tracking technology and fixed-tilt products, foundation solutions, software systems and services, announced the launch of ARRAY DuraTrack D2S, an evolution of ARRAY’s product portfolio. The new tracker offering brings the best features of ARRAY’s trusted DuraTrack®system architecture to the two-row format preferred across many international markets.
Duratrack D2S was designed to address a number of constraints that determine real solar project economics. Upfront, D2S can facilitate lower capital expenditure through faster installation, better terrain tolerance, and more design flexibility on constrained land. Over the life of the project, D2S is built to deliver an energy yield benefit, by reducing energy loss from wind stow, and to minimize ongoing operating costs through durable design and lowered maintenance needs.
DuraTrack D2S includes key features of ARRAY’s flagship DuraTrack product, including:
As customers face development on increasingly complex, fragmented, and terrain-challenged sites, Duratrack D2S represents an extension of ARRAY’s proven technology for customers who prefer the flexibility of a two-row design.
“D2S represents the next evolution of ARRAY’s portfolio and our continued commitment to advancing smarter, more resilient solar racking solutions,” said Nick Strevel, Chief Product Officer of ARRAY. “By bringing proven, industry-leading tracker technology to new formats, we are helping customers unlock greater performance, reliability, and value as demand for solar energy continues to grow worldwide.”
DuraTrack D2S is launching first in the EMEA market and began construction on its first commercial installation in Spain in Q1 2026.
“ARRAY is a key partner to us, and as soon as they presented the DuraTrack D2S tracker we were eager to install it and install it fast! A passive-stow tracker, in dual-row configuration, is what we were looking for,” said Salix Solar, a Spanish solar developer and the initial commercial customer for D2S.
This solution reflects ARRAY’s dedication to providing reliability and value for performance, addressing the real-world challenges faced by solar energy producers. With more than 35 years of reliability and over 100 GW of solar trackers awarded or installed worldwide, ARRAY continues to evolve and adapt to market demands.
ARRAY Technologies | https://arraytechinc.com/
Prevalon Energy LLC, a leading provider of utility-scale battery energy storage solutions, announced a multi-year strategic supply agreement with Automotive Energy Supply Corporation (AESC) that will support the deployment of up to 10 GWh of battery energy storage projects over the next three years.
The agreement strengthens Prevalon's ability to meet growing demand from utilities, independent power producers, developers, and data center customers while supporting the continued expansion of the Prevalon Energy Storage Platform and its portfolio of integrated energy storage solutions.
Under the agreement, AESC will supply battery cells and modules utilized within the Prevalon Energy Storage Platform, including the HD5 DC and HD5 AC battery energy storage systems. The supply will support both existing customer projects and future deployments across a broad range of utility-scale and mission-critical applications.
"As demand for reliable, scalable energy infrastructure continues to grow, securing long-term access to high-quality battery supply remains critical," said Tom Cornell, President and Chief Executive Officer of Prevalon Energy. "This agreement with AESC strengthens our ability to deliver flexible energy storage solutions while supporting our customers' project schedules, performance requirements, and long-term energy goals."
The agreement comes as utilities, developers, and data center operators increasingly turn to battery energy storage to improve grid reliability, support renewable integration, enhance resiliency, and address rapidly growing power demand driven by AI and digital infrastructure.
The Prevalon Energy Storage Platform serves as the foundation for a broad range of applications, including renewable integration, standalone storage, ancillary services, microgrids, and data center power solutions. The platform includes the HD5 DC and HD5 AC battery energy storage systems and supports the Hybrid Power Stabilizer (HPS), a solution designed to help mission-critical facilities manage load volatility, enhance resiliency, and maintain operational continuity.
"AESC brings proven battery manufacturing expertise and supports our strategy of maintaining a diversified and resilient global supply chain," said Mike McManus, Chief Strategy Officer of Prevalon Energy. "By securing long-term supply for the Prevalon Energy Storage Platform, including our HD5™ DC, HD5™ AC, and HPS solutions, we are better positioned to support customers as project requirements, market conditions, and regulatory frameworks continue to evolve."
As part of its broader supply chain strategy, Prevalon is also working with FIXX Energy, AESC U.S.'s joint venture partner, for U.S.-manufactured battery modules that support evolving domestic content and Foreign Entity of Concern (FEOC) requirements.
"Customers today need more than technology—they need confidence that their projects can be delivered in an increasingly complex supply chain and regulatory environment," added Cornell. "Prevalon continues to build a flexible sourcing strategy that enables us to support our customers' technical, commercial, and regulatory requirements while maintaining the performance, safety, and reliability they expect."
The agreement reinforces Prevalon's commitment to delivering secure, scalable, and reliable energy storage solutions throughout the project lifecycle—from system design and integration through commissioning, operations, and long-term service support.
Prevalon Energy | https://prevalonenergy.com/
AESC | https://us.aesc-group.com/
Eos Energy Enterprises, Inc. (NASDAQ: EOSE)("Eos" or the “Company”), America's leading innovator in designing, manufacturing and providing zinc-based long-duration energy storage systems sourced and manufactured in the United States, and CAPAC Energy (formerly Nala Energy GmbH), a German developer and operator of battery energy storage systems, announced a binding Master Supply Agreement establishing an exclusive partnership across Germany, Austria and Switzerland (DACH region).
The agreement expands an existing customer relationship into a long-term commercial framework extending through 2031 and establishes a 750 MWh capacity commitment with potential to scale up to 2 GWh. It also designates CAPAC Energy as Eos’ exclusive distribution partner in the DACH region. Importantly, this marks the first international commercial framework agreement for Eos’ Indensity™ positioning the company for continued expansion across key European markets.
Germany is rapidly emerging as a critical market for long-duration energy storage. The ongoing phase-out of coal-fired generation, ambitious renewable energy targets, continued solar capacity growth, and increasing grid complexity are driving demand for flexible, multi-hour storage solutions capable of balancing supply and demand. Recent regulatory developments, including updated building code privileges for grid-scale batteries, co-location reforms, and a capacity market mechanism expected to launch in 2027, are further enhancing the long-term outlook for storage deployment in the German market.
CAPAC Energy is currently advancing construction of its first Eos projects in Germany with commercial operations targeted for late 2026. This new agreement builds on that momentum by establishing a structured framework for future deployments, enabling project-by-project execution through call-off orders under the Master Supply Agreement.
"This partnership represents more than a supply agreement, it establishes Eos' entry into a critical international market with a customer already moving projects into construction," said Nathan Kroeker, Chief Commercial Officer of Eos. "Germany is an attractive energy storage market in Europe, and we believe Indensity is particularly well positioned to address growing demand from data centers, industrial customers and critical infrastructure where space, flexibility and reliability are increasingly important. This agreement creates a foundation for long-term growth in the region alongside a local partner."
"This agreement establishes the framework to scale Eos technology across one of Europe's most important storage markets," said Benjamin Henecka, CEO and founder of CAPAC Energy. "We have moved quickly from selecting Eos technology to project construction and are now establishing a framework that supports future growth across the DACH region. As power demand grows across industry, infrastructure and data centers, we see a clear need for storage that can deliver flexibility over multiple hours and support a more resilient power system."
The partnership also creates an opportunity to evaluate local manufacturing and assembly capabilities in the European Union. Regional production could strengthen security of supply, support development of European supply chains and contribute to skilled industrial employment in Germany and neighboring markets.
Under the Master Supply Agreement, as purchase orders are issued, they will be included in Eos’ reported backlog.
Eos Energy Enterprises | www.eose.com
CAPAC Energy | www.capacenergy.com
Ohmium International Inc., a leading manufacturer of high-efficiency, modular Proton Exchange Membrane (PEM) electrolyzers, and Hynfra P.S.A., a prominent green hydrogen and green ammonia project developer, announced the signing of a master cooperation agreement to advance green hydrogen projects in Mauritania, Jordan, and Oman.
The cooperation agreement covers the projects’ Front-End Engineering and Design (FEED) stage and establishes the framework for ongoing collaboration. Ohmium also will provide technical support and PEM electrolyzer expertise throughout the FEED and development stages for the three hydrogen projects mentioned. These projects are designed to produce green hydrogen for green ammonia applications, advancing energy security and long-term resilience in host countries by building domestically sourced clean energy capacity and reducing dependence on imported fossil fuels, while also supplying RFNBO-compliant green ammonia for export, including to European markets.
“Our master cooperation agreement with Hynfra is an exciting milestone as we expand into the Middle East and Africa. Hynfra brings deep expertise and a bold vision for large-scale green hydrogen development, and together we will advance these projects to unlock green hydrogen and green ammonia production at scale. This agreement reflects the growing global momentum for green hydrogen development and our commitment to playing a pivotal role in that growth,” said Dr. Markus Tacke, CEO of Ohmium International.
The Middle East and Africa are emerging as key hubs for green hydrogen, with abundant renewable resources and close proximity to global demand centers. For Mauritania, Jordan, and Oman, developing domestic green hydrogen and green ammonia capacity offers a pathway to energy independence, economic diversification, and greater resilience to global energy price volatility. Ohmium’s modular PEM electrolyzer technology unlocks rapid deployment and capacity flexibility.
“We work with multiple technology partners across our green hydrogen and ammonia projects, and we maintain at least two qualified suppliers for each technology category. That's a deliberate choice, and it reflects the complexity of what we're building. Ohmium is one of our PEM electrolyzer partners,” said Tomoho Umeda, CEO of Hynfra.
The cooperation agreement for Hynfra and Ohmium reflects the accelerating global momentum behind green hydrogen as a cornerstone of the energy transition and a critical tool for national energy security. By combining Ohmium’s advanced PEM electrolyzer technology with Hynfra’s exceptional project development expertise and regional relationships, the companies are well-positioned to deliver large-scale green hydrogen and green ammonia solutions that strengthen energy independence across the MENA region.
Ohmium | https://www.ohmium.com/
Hynfra | https://www.hynfra.com/
FlexGen Power Systems, LLC. ("FlexGen"), a leading battery energy storage solution and energy management software provider, announced that it continues to grow its global business by building its presence in Europe to increase battery storage capacity on local grids, supporting energy reliability and affordability. FlexGen offers its energy management system, including power plant controls (PPC), analytics, and site-level supervisory control and data acquisition (SCADA), as well as services, such as lifecycle services, integration abilities, and data centre leadership, to the European market to improve operational performance, increase availability, and unlock greater returns for battery storage developers and operators.
“As Europe faces rising energy prices, high curtailment rates, and rising demand from electrification, FlexGen’s advanced software and services will meet local grid challenges and solve for energy independence, reliability, and affordability,” said Mike Wallace, Managing Director for Europe at FlexGen. “Europe represents a significant growth opportunity for FlexGen, and I look forward to building out our team to provide highly available, high-performance battery storage to the market for not only stand-alone and co-located BESS, but also for data centre applications.”
FlexGen Builds its Presence with Customers, Projects Underway in Nordics, UK, Portugal, Ukraine
FlexGen has been awarded projects across the UK, Finland, and Sweden to boost availability, reduce risk, and improve asset management through its software and service offerings. These projects will be able to store excess energy from renewables and discharge when demand is high and prices spike.
For the data centre market, FlexGen’s solutions, coupled with practical experience controlling battery storage paired with gas turbines, can speed up interconnection, lower operating costs, provide reliable cut-overs, and support power quality, along with expertly managing AI transient loads and demands of LLMs.
FlexGen’s Team in Europe Brings Deep Expertise
FlexGen’s European team is led by Mike Wallace, who brings over 30 years of global leadership experience to his role as Managing Director for Europe. Mike joins FlexGen with deep expertise in battery energy storage systems (BESS), global business development, and software-driven energy solutions, with the proven ability to scale and transform businesses worldwide.
“Building on our strong relationships and growing presence in the market, we are committed to working with customers to create more energy capacity and meet market-specific needs through battery storage and solar projects across Europe,” Mike Wallace added.
FlexGen is focused on building its local team of experts to support battery storage projects and employs staff across the UK, Ireland, France, Spain, Poland, and soon, Germany. It is also quickly progressing through UL testing and VDE Prototype Certification to strengthen its offering in different markets across the continent, such as Germany.
FlexGen’s Leading Software and Services Increase Availability, Unlocks Revenue
FlexGen’s HybridOS is a hardware-agnostic energy management system (EMS) that includes controls, analytics, and site-level SCADA and PPC, offering advanced analytics and AI-driven insights that allow energy storage owners to deploy diverse power market strategies and integrate various generation forms, enhancing grid stability and economic returns. HybridOS maximises site performance, reduces downtime and extends the lifespan of energy storage assets by providing real-time data and visibility into asset health and conditions. This advanced software can deliver industry-leading 99% availability at the site-level when paired with lifecycle services, proactive remote monitoring, and analytics, which creates additional revenue opportunities for asset owners.
FlexGen | https://www.flexgen.com/
Chrysalis Renewables LP (Chrysalis), a global renewables investment platform established by US$30 billion global infrastructure manager Morrison, announced the acquisition of the Atlas V and Atlas VI solar projects in the United States. The transaction marks the first under the strategic partnership between Chrysalis and Hanwha Renewables LLC (Hanwha).
Announced in February 2026, the partnership is designed to accelerate the deployment of high-quality, construction-ready and operational renewable energy projects through a repeatable M&A framework. Chrysalis will acquire projects from Hanwha that meet aligned investment criteria, while leveraging Hanwha’s integrated capabilities across development, engineering, procurement and construction (EPC), module supply, asset management, and operations and maintenance (O&M). Atlas V and Atlas VI represent the first projects delivered under this model.
Atlas V and VI have a combined capacity of approximately 357MWdc and are in the final stages of commissioning. They form the first two stages of the multi-phase Atlas Energy Park development in La Paz, Arizona – one of the largest renewable energy developments in the United States. The projects are expected to support domestic manufacturing, strengthen clean energy supply chains, enhance grid reliability, and reduce exposure to trade and tariff risks.
Morrison Partner, Gordon Hay, said: “The acquisition of the Atlas projects marks an important milestone for Chrysalis, increasing its generation capacity to approximately 700MW while significantly expanding its regional footprint. The transaction also advances Chrysalis’ portfolio diversification strategy by adding a generation profile that complements its existing assets.
“By combining Hanwha’s strong project delivery capabilities with Chrysalis’ disciplined investment approach, and Morrison’s global expertise and resources, the partnership provides access to high-quality, de-risked renewable assets. We look forward to continuing our collaboration with Hanwha and pursuing attractive opportunities that will deliver long-term value for our investors.”
Rich Chung, Chief Investment Officer of Hanwha Renewables, added: “This transaction demonstrates the breadth and value of Hanwha’s integrated renewable energy platform. Hanwha affiliates are supporting the full lifecycle of these assets — from development, EPC, and domestic module supply to asset management and long-term O&M. That integrated model is central to Hanwha’s value proposition and increasingly differentiated in a market that demands supply chain certainty, construction capability, operating discipline, and alignment with long-term capital. We are proud to complete the first transaction under this framework and expect it to serve as a foundation for future collaboration with Chrysalis.”
The Atlas solar projects are contracted under 15-year “busbar” Power Purchase Agreements with Southern California Edison for supply into the California market (CAISO) and are expected to reach commercial operation within the next few months.
Both projects feature domestically produced solar modules supplied by Qcells, a subsidiary of Hanwha Group, from their Georgia manufacturing facility. Qcells is also providing EPC services, acting as a fully integrated delivery partner across the solar value chain.
Under its partnership with Hanwha, Chrysalis will initially target more than 3.5GW of solar and battery energy storage system (BESS) deployment in North America, with the potential to expand the asset portfolio and geographic reach, including to Japan, Australia, and Italy, over time.
Morrison | www.morrisonglobal.com
Hanwha Renewables | www.hanwharenewables.com
Qcells EPC | us.qcells.com/epc
Viridi, the industry leader in fail-safe battery energy storage systems (BESS), and Budderfly, the fastest-growing energy-as-a-service company in the U.S., announced a nationwide deployment initiative that will bring Viridi's commercial battery energy storage systems to 100 Budderfly-managed commercial sites across the United States. This partnership marks a significant expansion of Budderfly's leading energy infrastructure platform, helping commercial facilities such as restaurants, retail, fitness, and manufacturing sites to modernize aging energy infrastructure, improve energy performance and strengthen operational efficiency without the upfront investment.
As businesses face rising electricity demand, grid constraints, and increasing pressure to improve resiliency, distributed energy storage is becoming an increasingly important part of commercial energy infrastructure. Viridi's RPSLinkEX systems are engineered for seamless commercial integration and support broader efforts to strengthen grid resiliency and long-term energy optimization. As part of Budderfly's integrated energy efficiency and energy management solution, the battery systems will help manage energy demand while supporting broader grid flexibility initiatives.
"As electricity demand continues to grow, businesses need integrated energy solutions that help them operate more efficiently while supporting the evolving needs of the grid," said Al Subbloie, CEO of Budderfly. "This partnership is an important milestone in Budderfly's multi-phase energy storage strategy, which will see deployments to thousands of commercial sites."
"As businesses face growing pressure to improve energy resiliency, safety has become one of the most important considerations in commercial battery storage deployment," said Jon M. Williams, CEO of Viridi. "Our partnership with Budderfly demonstrates that scalable energy storage systems can be deployed efficiently without compromising on safety, reliability, or performance. Together, we're helping customers address growing energy demand challenges while supporting a more resilient energy future."
Battery deployments are now advancing across Massachusetts, Connecticut, and California in the first phase of Budderfly's strategic expansion to build a network of flexible, grid-responsive energy assets. The latest deployment features two custom Budderfly-branded units installed at the Shelton, Connecticut headquarters of OEM Controls, a leading manufacturer of industrial control systems and electronic technologies for commercial and industrial equipment markets. This builds on Viridi battery systems already installed at three Dunkin' and 99 Restaurants locations
Viridi | www.viridiparente.com
Budderfly | budderfly.com
Alternative Energies Jun 16, 2026
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